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  1. Home
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  4. National Population-Scale Clinical Genomic Database

National Population-Scale Clinical Genomic Database

Israel's Psifas genome project aims to sequence 100,000+ citizens and link genomic data to the world's longest-running digitized health records (Clalit, 4.7M patients).

Geography: Emea · Middle East · Israel

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Israel launched the Psifas (Mosaic) initiative — a NIS 250 million national genome project that aims to collect blood samples from 100,000+ Israeli citizens across all ethnic communities and link their genomic sequences to decades of digitized clinical records from Israel's universal healthcare system. Clalit Health Services, covering 4.7 million members, maintains one of the world's largest and longest-running electronic health record databases, providing an unmatched foundation for genomic-clinical correlation at population scale.

Israel's unique advantage in population genomics stems from three factors: universal healthcare with centralized digital records dating back decades, a genetically diverse but bounded population (enabling studies of both founder effects and admixture), and tight integration between research hospitals and HMOs. The Psifas project partners with the Weizmann Institute, Hebrew University, and all four Israeli HMOs to create a federated clinical-genomic database enabling precision medicine research without centralizing sensitive data.

Strategically, population-scale genomics linked to lifelong clinical records is the foundation of precision medicine — the ability to predict disease risk, optimize drug selection, and identify therapeutic targets for specific genetic backgrounds. Israel's combination of data depth (decades of clinical history), population structure (founder mutations traceable across generations), and bioinformatics talent positions it to generate insights that larger but less integrated national programs cannot replicate. The project directly enables pharmacogenomics, rare disease diagnosis, and population-specific risk screening.

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